@Test
public void serverSessionBindRejectedWithInvalidPassword() throws Exception {
DefaultSmppServer server0 = createSmppServer();
server0.start();
try {
DefaultSmppClient client0 = new DefaultSmppClient();
SmppSessionConfiguration sessionConfig0 = createDefaultConfiguration();
sessionConfig0.setSystemId(SYSTEMID);
sessionConfig0.setPassword("BADPASS");
// this should fail (invalid password)
try {
SmppSession session0 = client0.bind(sessionConfig0);
Assert.fail();
} catch (SmppBindException e) {
Assert.assertEquals(SmppConstants.STATUS_INVPASWD, e.getBindResponse().getCommandStatus());
}
Assert.assertEquals(0, serverHandler.sessions.size());
Assert.assertEquals(0, server0.getChannels().size());
} finally {
server0.destroy();
}
}
@Test
public void serverSessionBindRejectedWithInvalidSystemId() throws Exception {
DefaultSmppServer server0 = createSmppServer();
server0.start();
try {
DefaultSmppClient client0 = new DefaultSmppClient();
SmppSessionConfiguration sessionConfig0 = createDefaultConfiguration();
sessionConfig0.setSystemId("TESTID");
// this should fail (invalid system id)
try {
SmppSession session0 = client0.bind(sessionConfig0);
Assert.fail();
} catch (SmppBindException e) {
Assert.assertEquals(SmppConstants.STATUS_INVSYSID, e.getBindResponse().getCommandStatus());
}
// give this a little time to catch up
Thread.sleep(100);
Assert.assertEquals(0, serverHandler.sessions.size());
Assert.assertEquals(0, server0.getChannels().size());
} finally {
server0.destroy();
}
}
@Test
public void serverNotEnoughWorkerThreadsCausesBindTimerToCloseChannel() throws Exception {
BlockThreadSmppServerHandler serverHandler0 = new BlockThreadSmppServerHandler();
SmppServerConfiguration configuration = createSmppServerConfiguration();
// permit up to 0.5 seconds to bind
configuration.setBindTimeout(500);
DefaultSmppServer server0 = new DefaultSmppServer(configuration, serverHandler0);
server0.start();
try {
// there is an issue without telling the server how many worker threads
// to create beforehand with starvation only Runtime.getRuntime().availableProcessors()
// worker threads are created by default!!! (yikes)
int workersToStarveWith = Runtime.getRuntime().availableProcessors();
// initiate bind requests on all sessions we care about -- this should
// technicaly "starve" the server of worker threads since they'll all
// be blocked in a Thread.sleep
for (int i = 0; i < workersToStarveWith; i++) {
DefaultSmppClient client0 = new DefaultSmppClient();
SmppSessionConfiguration sessionConfig0 = createDefaultConfiguration();
sessionConfig0.setName("WorkerTest.Session." + i);
// don't use default method of binding, connect the socket first
DefaultSmppSession session0 =
client0.doOpen(sessionConfig0, new DefaultSmppSessionHandler());
// try to bind and execute a bind request and wait for a bind response
BaseBind bindRequest = client0.createBindRequest(sessionConfig0);
try {
// just send the request without caring if it succeeds
session0.sendRequestPdu(bindRequest, 2000, false);
} catch (SmppChannelException e) {
System.out.println(e.getMessage());
}
}
// now try to bind normally -- since all previous workers are "starved"
// this should fail to bind and the socket closed by the "BindTimer"
DefaultSmppClient client0 = new DefaultSmppClient();
SmppSessionConfiguration sessionConfig0 = createDefaultConfiguration();
sessionConfig0.setName("WorkerTestChannelClosed.Session");
sessionConfig0.setBindTimeout(750);
try {
client0.bind(sessionConfig0);
Assert.fail();
} catch (SmppTimeoutException e) {
// the BindTimer should end up closing the connection since the
// worker thread were "starved"
logger.debug("Correctly received SmppChannelException during bind");
}
} finally {
Thread.sleep(10500);
Assert.assertEquals(0, server0.getChannels().size());
Assert.assertEquals(3, server0.getCounters().getBindTimeouts());
server0.destroy();
}
}
@Test
public void serverSessionBindVersion33() throws Exception {
DefaultSmppServer server0 = createSmppServer();
server0.start();
try {
DefaultSmppClient client0 = new DefaultSmppClient();
SmppSessionConfiguration sessionConfig0 = createDefaultConfiguration();
// set back to version 3.3
sessionConfig0.setInterfaceVersion(SmppConstants.VERSION_3_3);
// we will not use the proper method of binding since we need to
// access the bind response to verify it's correct
DefaultSmppSession session0 = client0.doOpen(sessionConfig0, new DefaultSmppSessionHandler());
// create a bind request based on this config
BaseBind bindRequest = client0.createBindRequest(sessionConfig0);
// execute a bind request and wait for a bind response
BaseBindResp bindResponse = session0.bind(bindRequest, 200);
Thread.sleep(100);
SmppServerSession serverSession0 = serverHandler.sessions.iterator().next();
Assert.assertEquals(1, serverHandler.sessions.size());
Assert.assertEquals(1, server0.getChannels().size());
Assert.assertEquals(true, serverSession0.isBound());
Assert.assertEquals(SmppBindType.TRANSCEIVER, serverSession0.getBindType());
Assert.assertEquals(SmppSession.Type.SERVER, serverSession0.getLocalType());
Assert.assertEquals(SmppSession.Type.CLIENT, serverSession0.getRemoteType());
// verify "requested" version is still 3.3
Assert.assertEquals(
SmppConstants.VERSION_3_3, serverSession0.getConfiguration().getInterfaceVersion());
// verify the session interface version is normalized to 3.3
Assert.assertEquals(SmppConstants.VERSION_3_3, serverSession0.getInterfaceVersion());
Assert.assertEquals(false, serverSession0.areOptionalParametersSupported());
// verify client session version settings are correct
Assert.assertEquals((byte) 0x33, session0.getConfiguration().getInterfaceVersion());
Assert.assertEquals((byte) 0x33, session0.getInterfaceVersion());
Assert.assertEquals(false, session0.areOptionalParametersSupported());
// verify NO optional parameters were included in bind response
Assert.assertEquals(0, bindResponse.getOptionalParameterCount());
Assert.assertEquals("cloudhopper", bindResponse.getSystemId());
serverSession0.close();
Thread.sleep(200);
Assert.assertEquals(0, serverHandler.sessions.size());
Assert.assertEquals(0, server0.getChannels().size());
Assert.assertEquals(false, serverSession0.isBound());
} finally {
server0.destroy();
}
}
@Override
public void sessionBindRequested(
Long sessionId, SmppSessionConfiguration sessionConfiguration, final BaseBind bindRequest)
throws SmppProcessingException {
// test name change of sessions
sessionConfiguration.setName("Test1");
if (!SYSTEMID.equals(bindRequest.getSystemId())) {
throw new SmppProcessingException(SmppConstants.STATUS_INVSYSID);
}
if (!PASSWORD.equals(bindRequest.getPassword())) {
throw new SmppProcessingException(SmppConstants.STATUS_INVPASWD);
}
// throw new SmppProcessingException(SmppConstants.STATUS_BINDFAIL, null);
}
@Override
public void sessionBindRequested(
Long sessionId, SmppSessionConfiguration sessionConfiguration, final BaseBind bindRequest)
throws SmppProcessingException {
sessionConfiguration.setName("Application.SMPP." + sessionConfiguration.getSystemId());
}
protected void createSession(
Long sessionId,
Channel channel,
SmppSessionConfiguration config,
BaseBindResp preparedBindResponse)
throws SmppProcessingException {
// NOTE: exactly one PDU (bind request) was read from the channel, we
// now need to delegate permitting this bind request by calling a method
// further upstream. Only after the server-side is completely ready to
// start processing requests from this session, do we want to actually
// return the bind response and start reading further requests -- we'll
// initially block reading from the channel first -- this will be turned
// back on via the "serverReady()" method call on the session object
// make sure the channel is not being read/processed (until we flag we're ready later on)
channel.config().setAutoRead(false);
// auto negotiate the interface version in use based on the requested interface version
byte interfaceVersion = this.autoNegotiateInterfaceVersion(config.getInterfaceVersion());
// create a new server session associated with this server
DefaultSmppSession session =
new DefaultSmppSession(
SmppSession.Type.SERVER,
config,
channel,
this,
sessionId,
preparedBindResponse,
interfaceVersion,
monitorExecutor);
// replace name of thread used for renaming
SmppSessionThreadRenamer threadRenamer =
(SmppSessionThreadRenamer)
channel.pipeline().get(SmppChannelConstants.PIPELINE_SESSION_THREAD_RENAMER_NAME);
threadRenamer.setThreadName(config.getName());
// add a logging handler after the thread renamer
SmppSessionLogger loggingHandler =
new SmppSessionLogger(
DefaultSmppSession.class.getCanonicalName(), config.getLoggingOptions());
channel
.pipeline()
.addAfter(
SmppChannelConstants.PIPELINE_SESSION_THREAD_RENAMER_NAME,
SmppChannelConstants.PIPELINE_SESSION_LOGGER_NAME,
loggingHandler);
// decoder in pipeline is ok (keep it)
// create a new wrapper around a session to pass the pdu up the chain
channel.pipeline().remove(SmppChannelConstants.PIPELINE_SESSION_WRAPPER_NAME);
channel
.pipeline()
.addLast(
SmppChannelConstants.PIPELINE_SESSION_WRAPPER_NAME, new SmppSessionWrapper(session));
// check if the # of channels exceeds maxConnections
if (this.channels.size() > this.configuration.getMaxConnectionSize()) {
logger.warn(
"The current connection size [{}] exceeds the configured max connection size [{}]",
this.channels.size(),
this.configuration.getMaxConnectionSize());
}
// session created, now pass it upstream
counters.incrementSessionCreatedAndGet();
incrementSessionSizeCounters(session);
this.serverHandler.sessionCreated(sessionId, session, preparedBindResponse);
// register this session as an mbean
if (configuration.isJmxEnabled()) {
session.registerMBean(
configuration.getJmxDomain()
+ ":type="
+ configuration.getName()
+ "Sessions,name="
+ sessionId);
}
}
public SmppSessionConfiguration createDefaultConfiguration() {
SmppSessionConfiguration configuration = new SmppSessionConfiguration();
configuration.setWindowSize(1);
configuration.setName("Tester.Session.0");
configuration.setType(SmppBindType.TRANSCEIVER);
configuration.setHost("localhost");
configuration.setPort(PORT);
configuration.setConnectTimeout(100);
configuration.setBindTimeout(100);
configuration.setSystemId(SYSTEMID);
configuration.setPassword(PASSWORD);
configuration.getLoggingOptions().setLogBytes(true);
return configuration;
}